Understanding and forecasting performance reliability before commercial operation is the only way to minimise uncertainty, build market confidence, and reduce the levelised cost of energy.
Our world-leading research capability allows us to participate in large-scale collaborative developments, as well as innovative commercial and public funded projects that uncover new approaches to allow the offshore renewable energy sector to overcome the challenges of the future. Our multi-disciplined team of highly qualified researchers, coupled with our full-scale testing facilities, have developed specialist knowledge and expertise in the areas of blades, power trains and electrical infrastructures.
Our research is industry-led; the research strategy is influenced by consultations with key stakeholders including owner/operators, OEMs, the top-tier supply chain, SMEs, and innovators. Outputs from these consultations are then combined with research community engagement, particularly academic engagement. This results in the formation of three key research programmes fulfilling many fundamental elements of the offshore renewable energy industry and relevant technology developments.
Our applied research projects focus on Technology Readiness Level 3 upwards – ranging from proof-of-concept and system tests, through to demonstration and commercialisation. This research covers three key areas: testing and validation of new technologies, operational performance and disruptive innovation. Each area or programme, contains sub-programmes of activity in the following knowledge areas: Rotors, Powertrains, Electrical Infrastructures, Foundations/Structures and Wind & Ocean Conditions (incl. Resource Assessment).
OUR KEY RESEARCH CAPABILITIES
Specialised research
Developing and delivering collaborative research projects
Convening consortia - academic and industry partners to bid for public funding
Establishing Joint Industry Programmes
Project and programme management
Technical due diligence
Specialist advisory
Public funding guidance
Split into three sections, the future energy systems team’s focus is to maximise renewable energy penetration into the energy system while enhancing network stability and security.
Their main research areas of interest are:
Hybrid wind farms - i.e. the inclusion of batteries and/or electrolysers into the wind farm. How to best accomplish this to maximise revenue and renewable deployment and what are the challenges.
Accelerating grid code compliance testing while maximising its impact through the development of new test strategies including power hardware in the loop.
Development of new control strategies to facilitate ancillary service provision or electrical performance improvements
Identification of electrically induced (e.g. power fluctuations, DC bus voltage ripple, etc…) degradation of electrolysers and optimisation of design to mitigate these
Accelerated lifetime testing of electrolysers
High efficiency hydrogen compression and storage technologies for offshore applications
Advanced battery test development